December 6, 2025
 —  
Equipment Hire

Power Float Rental Seattle | Guide 2025

Profile image of author
Denise Ellison
Head of Marketing

Power Float Rental Rates Seattle 2025

Renting a power float in Seattle in 2025 typically costs between $100–$150 per day, $400–$600 per week, and $1,200–$1,800 per month. These rates vary based on the model and specific features required for your concrete slab pour project. Leading rental companies in Seattle provide a range of options to suit different project sizes and requirements.

Vendor Daily Rate Weekly Rate Review Score Website
Pacific Rim Equipment Rental $69.50 $266.00 8 Visit
Apollo Rental Center $105 $420 7 Visit
Wolverine Rental and Supply $105 $320 7 Visit
Tri‑County Tool Rental & Sales $110 $385 7 Visit
360 Rents $75 $262.50 7 Visit

Factors Influencing Power Float Hire Prices in Seattle

Several factors can affect the rental costs of power floats, including the equipment's size, power source, and additional features like ride-on capabilities. Seasonal demand and the duration of the rental period also play significant roles in pricing.

Hidden-Fee Breakdown

When renting a power float, be aware of potential hidden fees. These can include delivery and pick-up charges, which may be flat or mileage-based, fuel or recharge surcharges, and damage waivers versus full insurance options. Additionally, cleaning fees for concrete or mud, late-return penalties, and overtime charges can impact the total cost.

Our AI app can generate costed estimates in seconds.

power and float in construction work

Power Float Rental Market Insights 2025

The Seattle rental market for power floats is competitive, with several vendors offering flexible terms and modern equipment. As construction projects continue to grow in the region, securing a rental in advance is advisable to ensure availability and the best rates.

Regulatory Compliance Note

Ensure that all rented equipment complies with local safety regulations and standards. Proper training and certification may be required for operators, depending on the complexity of the equipment.